11 to 20 of 57 Results
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 20.3 KB -
MD5: 673effa6beb42f95559e13a66e661141
Anonymised transcript of the participant background interview. This file contains information about the participant’s mathematics learning experience, prior exposure to calculus, and experience using GeoGebra. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 12.4 MB -
MD5: 64138c2004eff00eef6c494bd67112a6
Anonymised think-aloud transcript generated during the participant’s GeoGebra-supported calculus problem-solving session. The transcript records the participant’s verbalised reasoning, strategy use, monitoring, decision-making, and interaction with GeoGebra across the tasks. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 5.7 MB -
MD5: 52ae9252f89dacc6a2ea38d8ad7e49b3
Anonymised post-interview transcript conducted after the task session. This file captures the participant’s reflections on problem-solving strategies, use of GeoGebra, verification of answers, difficulties encountered, and metacognitive decision-making. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 18.7 KB -
MD5: d9aac88bf9c7a619a44eaff89935fb85
Anonymised observation record documenting researcher observations during the participant’s task session, including visible behaviours, GeoGebra tool use, strategy shifts, self-monitoring actions, and task-related responses. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 15.8 KB -
MD5: b092a2a186c37c4d5d9bc5af8a6925ec
Anonymised transcript of the participant’s reflection notes. This file records the participant’s written reflections on the calculus tasks, GeoGebra use, problem-solving experience, challenges, and perceived usefulness of the software. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
Adobe PDF - 210.0 KB -
MD5: 1ef74960cd911676d71d1234184ae524
Anonymised copy of the participant’s written task answers for the calculus problem-solving activities. This file provides supporting evidence of the participant’s written mathematical work and final responses. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 1.6 MB -
MD5: 76cfaf4f63da82b403bd39d5d455a747
Coding framework for identifying main metacognitive processes in the data, including awareness, evaluation, and regulation, with definitions, indicators, examples, non-examples, and coding notes. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 16.7 KB -
MD5: f52c80c921c7aeabd7e87e04ec84249b
Coding framework for identifying problem-solving episodes, including reading, understanding, analysing, exploring, planning, implementing, and verifying, with definitions, examples, and coding applications. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 1.6 MB -
MD5: 957e762221aabf006e16fe050609377f
Coding framework for analysing GeoGebra-related tool adaptation and instrumental genesis, including how the participant selected, modified, configured, and cognitively integrated GeoGebra during problem-solving. |
Jul 9, 2026 -
Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra
MS Word - 1.8 MB -
MD5: badb775c3bbeb5a43d01a0d6b85010e4
Taxonomy of pattern labels used to synthesise coded data into metacognitive pattern categories. The file explains awareness, regulation, evaluation, verification, exploration, and strategic abandonment patterns. |
